Relay Satellite Orbit Determination

Versión 3.1.1 (97,9 MB) por Meysam Mahooti
Orbit Determination from Tracking and Data Relay Satellite Measurements
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Actualizado 9 jun 2024

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A tracking and data relay satellite (TDRS) is a type of communications satellite that forms part of the Tracking and Data Relay Satellite System used by NASA and other United States government agencies for communications to and from independent "User Platforms" such as satellites, balloons, aircraft, the International Space Station, and remote bases like the Amundsen-Scott South Pole Station. This system was designed to replace an existing worldwide network of ground stations that had supported all of NASA's manned flight missions and unmanned satellites in low-Earth orbits. The primary system design goal was to increase the amount of time that these spacecraft were in communication with the ground and improve the amount of data that could be transferred. The TDRS is designed and built to be launched to and function in geosynchronous orbit, 35786 km above the surface of the Earth.
The test_TDRSOD.m program performs a least-squares orbit determination using TDRS four-way range measurements. Based on an appropriate set of measurements the orbital parameters of a single user spacecraft and up to two relay satellites can be adjusted simultaneously. Tracking data are provided in the TDRSOD.dat file, which contains one record per time. A single header line serves to label each column and is skipped upon reading. Following the epoch of the measurement the ground station and spacecraft identification numbers as well as the four-way relay range are given in each line.
A supplementary setup file TDRSOD.txt provides a priori state vectors and spacecraft-related parameters for the user and TDRS satellites as well as relevant auxiliary information.
References:
Montenbruck O., and Gill E., "Satellite Orbits: Models, Methods and Applications," Springer Verlag, Heidelberg, Corrected 3rd Printing, 2005.
Vallado D. A, "Fundamentals of Astrodynamics and Applications," McGraw-Hill, New York, 4th edition, 2013.
https://celestrak.org/SpaceData/EOP-All.txt
https://celestrak.org/SpaceData/SW-All.txt
https://ssd.jpl.nasa.gov/planets/eph_export.html

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Meysam Mahooti (2024). Relay Satellite Orbit Determination (https://www.mathworks.com/matlabcentral/fileexchange/60201-relay-satellite-orbit-determination), MATLAB Central File Exchange. Recuperado .

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TDRSOD

Versión Publicado Notas de la versión
3.1.1

Accel_Grad.m was modified.
3.1.0

It was revised on 2024-06-08.
3.0.1

Range_4W.m was modified.
3.0.0

It was revised on 2022-10-30.
2.2.2.2

The Accel_Grad.m is modified.
2.2.2.1

Modifications are made to SAT_Const.m, Accel.m, Accel_Grad, AccelHarmonic_AnelasticEarth.m, and AccelHarmonic_ElasticEarth.m.
2.2.1.1

Mjday_TDB.m and nrlmsise00.m are modified.
2.1.1.1

The DE430 full matrix is added.
1.1.1.1

AccelHarmonic_ElasticEarth.m and AccelHarmonic_AnelasticEarth.m are modified and Shampine-Gordon integrator is replaced by Radau IIA.
1.1.1.0

Revised on March 14, 2020.
1.1.0.0

Effect of solid Earth tides is computed for elastic and anelastic Earth based on IERS Conventions 2010 (AccelHarmonic_ElasticEarth.m, AccelHarmonic_AnelasticEarth.m).
SAT_Const.m is called once to decrease CPU time.
1.0.0.0

Revised on 2016-11-30.